FireDOC Search

displaying 181 - 190 results in total 989

• Mackowski, D. W.; Altenkirch, R. A.; Menguc, M. P.
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  Comparison of Electromagnetic Wave and Radiative Transfer Equation Analyses of a Coal Particle Surrounded by a Soot Cloud.
  Kentucky Univ., Lexington
  Combustion and Flame, Vol. 76, No. 3-4, 415-420, June 1989

• Bergerson, L. D.; Carrier, G. F.; Fendell, F. E.; Hetzel, F. L.; Hus, C. T.; Kowh, D. S. W.; Stonich, I. L.
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  Basic Research in Flame Radiation. Annual Report. August 1986-August 1987.
  TRW Space and Technology Group, Redondo Beach, CA
  GRI-88/0003
  Gas Research Institute, Chicago, IL, GRI-88/0003
  1987
  42 p.

• deRis, J.; Delichatsios, M. A.; Markstein, G. H.
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  Turbulent Flow Characterization and Radiation From Gaseous Fuel Jets. Annual Report. April 30, 1985-April 30, 1986.
  Factory Mutual Research Corp., Norwood, MA
  GRI-86/0111
  Gas Research Institute, Chicago, IL, GRI-86/0111
  April 30, 1986
  69 p.

• Nelson, J.
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  Fractality of Sooty Smoke: Implications for the Severity of Nuclear Winter.
  Bristol Univ., UK
  Nature, Vol. 339, 611-613, June 22, 1989

• Dietenberger, M. A.
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  Validated Furniture Fire Model With FAST (HEMFAST).
  Dayton Univ., OH
  NIST GCR 89-564
  National Institute of Standards and Technology, Gaithersburg, MD, NIST GCR 89-564
  June 1989
  84 p.

• Chippett, S.; Gray, W. A.
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  Size and Optical Properties of Soot Particles.
  Leeds Univ., England
  Combustion and Flame, Vol. 31, 149-159, 1978

• Modak, A. T.
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  Radiation From Pool Fires--Analytic Solutions.
  Factory Mutual Research Corp., Norwood, MA
  Combustion Institute/Eastern States Section. Chemical and Physical Processes in Combustion. Fall Meeting, 1977. November 10-11, 1977, United Technologies Research Center, CT, East Hartford, CT, IV-25 p., 1977

• Willis, C. H. H.
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  Method of Identifying Fuels After a Fire or Explosion.
  Health and Safety Executive, Sheffield, England
  Journal of Occupational Accidents, Vol. 13, No. 5, 217-224, 1981

• McCaffrey, B. J.; Harkleroad, M. F.
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  Combustion Efficiency, Radiation, CO and Soot Yield From a Variety of Gaseous, Liquid, and Solid Fueled Buoyant Diffusion Flames.
  National Institute of Standards and Technology, Gaithersburg, MD; Maryland Univ., Baltimore
  Department of the Interior, Washington, DC; Minerals Management Service, Reston, VA,
  Combustion Institute, Symposium (International) on Combustion, 22nd. August 14-19, 1988, Seattle, WA, 1251-1261 p., 1988

• Felske, J. D.; Tien, C. L.
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  Use of the Milne-Eddington Absorption Coefficient for Radiative Heat Transfer in Combustion Systems.
  Massachusetts Institute of Technology, Cambridge, MA; California Univ., Berkeley
  Journal of Heat Transfer, Vol. 99, No. 3, 458-465, August 1977
  National Science Foundation, Washington, DC,